Sr. AI Perception Engineer Job Description

About Anyware Robotics

Anyware Robotics builds general-purpose mobile manipulator robots for industrial applications. Our robots are trusted by customers across logistics, retail, and manufacturing, supporting applications such as truck unloading, mobile palletizing, and machine tending.

Description

About Anyware

Anyware Robotics builds general-purpose mobile manipulator robots for industrial applications. Our robots are trusted by customers across logistics, retail, and manufacturing, supporting applications such as truck unloading, mobile palletizing, and machine tending.

The Role

The robots run on AnywareOS, our industrial physical intelligence system. Its architecture is modular and designed to generalize across applications without reprogramming. We are seeking a Senior AI Perception Engineer to advance Anyware's production 3D AI perception stack for warehouse automation robots, with a focus on object localization, pose estimation, scene reconstruction, and deployment on robot compute within application cycle-time constraints.

This role is for an engineer who has taken AI perception from idea or prototype through production and real-world operation. You will make pragmatic tradeoffs across research potential, accuracy, reliability, latency, compute, data, maintainability, engineering effort, and delivery timelines, while providing senior technical leadership through architecture decisions, design reviews, incident investigations, and mentoring.

What you'll do

Advance AI perception capabilities end to end within Anyware's existing perception stack - from problem definition and prototyping through deployment, monitoring, failure analysis, and production improvement.

Develop and improve robust 3D perception algorithms and pipelines for object localization, pose estimation, scene reconstruction, and manipulation using RGB-D and other sensing modalities.

Make pragmatic engineering tradeoffs across accuracy, robustness, latency, compute cost, data availability, maintainability, engineering effort, and delivery timelines.

Improve perception reliability on physical robots by diagnosing and correcting failures caused by difficult scenes, changing lighting, sensor noise, and differences between training data and customer environments.

Strengthen production readiness through better data, evaluation, regression testing, release criteria, observability, and systematic field-failure analysis.

Collaborate across robotics teams to integrate perception reliably into planning, manipulation, controls, and system software workflows.

Required Skills

MS or PhD in Robotics, Computer Vision, Computer Science, or a related field.

3+ years of professional experience developing robotic perception systems, with direct responsibility for deploying and operating perception software in production on physical robots.

Strong Python / C++ skills for developing real-time robotic perception pipelines, including sensor-data processing and model integration using ROS or ROS2.

Strong foundation in 3D geometry, camera models and calibration, RGB-D or point-cloud processing, and 3D object localization, segmentation, or pose estimation.

Hands-on experience developing AI perception models using PyTorch or similar frameworks and deploying them under latency and compute constraints on robot hardware.

Experience building production data and evaluation pipelines, regression tests, observability, and systematic root-cause analysis for field failures.

Strong engineering judgment and senior-level ownership of architecture and design decisions, balancing technical ambition with reliability, resources, maintainability, and delivery timelines.

Nice to have

Experience building data flywheels, hard-example mining, offline evaluation, or model monitoring for deployed perception systems.

Experience with multi-sensor fusion and synchronization across cameras, LiDAR, encoders, or other robot sensors.

Experience optimizing AI inference on edge GPUs using TensorRT, ONNX Runtime, CUDA, quantization, or similar techniques.

Experience using Isaac Sim, synthetic data, or sim-to-real workflows for perception development and validation.

Experience deploying robotic perception systems in warehouse, logistics, or other industrial environments.

Why Anyware

An A+ Team: Anyware is built by top talents. Collectively, our team has won six Best Paper Awards and Finalists, including the ICRA 2025 Best Paper Award and ICRA 2024 Best Paper Award.

An A+ Robot: Our robot, Pixmo, won the Best Innovation Award (top-1) at both ProMat 2025 and MODEX 2026 - the two largest logistics automation exhibitions in the world. Pixmo also won the RBR50 Robotics Innovation Award.

Real Impact: Your perception work does not stop at a demo. It ships into real customer sites, directly affects robot reliability and throughput, and must perform under real-world variation.

Fast Growth: You will have strong ownership and real responsibility in a growing robotics company.

Generous Equity: We offer generous equity in addition to salary and benefits.

Compensation

The expected salary range for this role is 150K-240K USD/year, depending on experience and qualifications.

Additional compensation may include equity, benefits, or other incentives, where applicable.

Benefits & Perks

Comprehensive health insurance for you and your family

Flexible Paid Time Off (PTO)

Paid sick leave

401(k) plan support

Daily meal credit

Equal Opportunity Statement

How to Apply

Please submit your resume and any relevant materials through the Anyware Career platform. We look forward to learning more about your experience and interest in joining our team.

Salary

$150,000 - $240,000 per year